Combat & Casualty Care, Q4

MED SIM MRIs to Afghanistan MC4 Exalted Warrior

SOMA 2011 Online and In Combat Improved Traction Device JMESI

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Commander’s CornerCOL Steven W. SwannCommand SurgeonU.S. Special Operations Command (USSOCOM)

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Features

MED SIM: Standardizing Medical ResponseThe U.S. Army Program Executive Office Simulation, Training and Instrumentation (PEO STRI) is managing the first and only Army medical simulation program tasked to prepare pre-deployment soldier medics in a full range of combat casualty care skills.By PEO STRI

High Fidelity Simulation: Bridging the Clinical GapThe continual downsizing of military hospitals into limited scope clinics has created a unique challenge for clinicians, nurses and technicians to maintain clinical proficiency.By Chief Master Sergeant Adam Reading

Army NIE: Integrating Medical Comms with BCT ModernizationLTC Daniel Kral, Chief of Operations, Office of the Chief Information Officer, U.S. Army MEDCOM discusses recent Network Integration Evaluation (NIE) testing and Medical Communications for Combat & Casualty Care (MC4) application. By Ray Steen

SOMA 2011: Lessons Learned from Frontline OperatorsThe 24th annual Special Operations Medical Association (SOMA) conference is being held in Tampa, FL from December 10-13, 2011.By Lt. Col. Robert D. Harrington

Medical Logistics: MRI to the FightThe U.S. Naval Medical Logistics Command (NMLC) is delivering three mobile Magnetic Resonance Imaging (MRI) systems to Afghanistan to better diagnose and treat mild traumatic brain injury (mTBI).By Sheila A. Gorman

Exalted Warrior FoundationPhysical therapists tasked with treating returning wounded warriors are turning increasingly to non-conventional means in addressing both body and mind as part of the recovery process.By Tom Steffens

Departments

Industry Partner: Emergency Products + Research (EP + R) The first major improvement in single pole traction devices in twenty five years has yielded the Improved Traction Device or “I.T.D.”.By George Greco

Training Centers of Excellence (TCoE): JMESIThe Joint Medical Executive Skills Institute provides military healthcare leaders with professional competencies.By Dr. Rosemary A. Durica

Online and In CombatDoD spends over $570M annually on tuition assistance for servicemembers. In response, institutions of higher learning are providing degree and certification training.By Will Chapleau, EMT-P, RN, TNS, PHTLS Committee Chair

MedTech

DARPA Dots

Ad Index/Events Calendar

Commander’s CornerCOL Steven W. SwannCommand SurgeonU.S. Special Operations Command (USSOCOM)

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www.tacticaldefensemedia.com Combat & Casualty Care | Q4 2011 | 1

InsightsAdvances in medical simulation and greater efficiency in medical communications

are transforming the way tactical combat casualty care techniques are conducted in the

classroom and on the battlefield. An emphasis on preventive solutions through pre and post

deployment training is addressing care needs before care is needed, reducing the immediate

and ongoing effects of combat trauma common among today’s warfighters.

In this, the Q4 2011 year-end Issue of Combat & Casualty Care (C&CC), we spotlight

medical mission preparation in the ranks of U.S. special operations forces (SOF) as seen

through the eyes of COL Steven Swann, Command Surgeon, U.S. Special Operations

Command (USSOCOM). In this exclusive to C&CC, he offers insight into the adaptable

world of the SOF medical professional as current global challenges redefine the role of

this critical component of SOF operations. From lessons learned in the field of conflict

to information gained from state-of-art simulation training, feedback from initial casualty

response during the “platinum 10 minutes” and “golden hour” post trauma is shaping

present day med sim instruction. Integrated, joint training efforts by the Army’s Program

Executive Office for Simulation, Training and Instrumentation (PEO STRI) are putting the “real”

in “real-time” for new and veteran combat medics facing and re-facing fewer unpredictable

outcomes as training standardization decreases irregular patient response.

In addressing post-trauma care, holistic forms of treatment for warfighters who have

sustained injury in battle are growing. The Exalted Warrior Foundation, a non-profit veteran

care organization, is putting emphasis on the mental element of healing in restoring our

nation’s wounded military to full health. Be sure not to miss our regular look at the online

educational opportunities for servicemembers in this issue’s installment of “Online and In

Combat” and likewise, get an inside look at the types of skills being offered by the Joint

Medical Executive Skills Institute (JMESI) as it prepares top level military medical personnel

to stay at the top both in service and beyond.

As always, feel free to contact me with any questions or comments.

Shean Phelps

Editor

Combat & Casualty Care

Tactical Defense Media

[email protected]

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By Program Management Office for Medical Simulation, U.S. Army PEO STRI

Soldiers enter combat knowing that if they become a casualty, they will get the very best combat medical care known in the history of warfare. This knowledge enables soldiers to accomplish difficult missions under extraordinary circumstances. It is this battlefield capability that returns more combat-tested and experienced soldiers to their units than any other combat multiplier on the battlefield. Treatment given in the first 10 minutes for hemorrhage, a compromised airway or tension pneumothorax has the greatest impact on the soldier and typically determines the survival of our soldiers in combat; that period of time has become known as the “platinum 10 minutes”.

LTC Wilson Ariza, Assistant Product Manager for Medical Simulation, U.S. Army Program Executive Office for Simulation, Training and Instrumentation (PEO STRI), has been given the important task to manage the first and only Army Medical Simulation Program in the U.S. Army, so before soldiers deploy to a theater of combat operations, they undergo combat casualty care training at one of the

Program Executive Office (PEO) for Simulation, Training and Instrumentation (STRI) fielded Medical Simulation Training Centers (MSTCs).

“The MSTC Program focuses on the first responder and combat medic and delivers systems capable of training medical tasks to joint, Multi-Component, Interdepartmental and even Coalition Partner organizations,” said Ariza. “It allows standardized training to the Army, with added unit-specific modules based on the contemporary training environment.”

Bringing Battlefield to Classroom

The Program Management Office for Medical Simulation (PMO MEDSIM) has helped save lives through the implementation of MSTCs around the world. The PMO MEDSIM, under the direction of the Program Manager for Combined Arms Tactical Trainers (PM CATT), continues paving the way to provide the best medical training with standardized platforms in classrooms and simulated battlefield conditions.

Standardizing Real-time Medical Response through State-of-the Art Simulation

LTC Wilson ArizaAsst. PM Medical Sim.

PMO MEDSIM:


MEDSIM first deployed MSTCs for contingency operations in 2005 to support Operation Iraqi Freedom, and since then, has continued to combine tactical skills and technology to lead the way to an integrated training platform and deploying the most comprehensive training and educational medical systems available today. MEDSIM has fielded twenty-three MSTCs to Active and Reserve Component locations, with plans for as many as 34 fixed site locations and several mobile facilities.

“A combination of lessons learned from current military operations and friendly engagement allows MSTCs to simulate stressors in the battlefield to test the combat medic’s ability to perform trauma management tasks under conditions they may realistically encounter on the battlefield,” said Ariza.

situational-Based training

Through simulation technology, MSTCs create common and unique crisis scenarios using virtual controls and displays connected to virtual patient simulators to reflect physiologic changes with real-time feedback to soldiers. Varying degrees of combat chaos are added to scenarios to increase stress levels and add to the MSTC capabilities as a powerful individual trainer and team-building tool for medical Soldiers.

“When you first walk in, it’s scary. It’s like, ‘Wow, this is real, this is training?’” said Staff Sgt. Kelly Whitesell, a medic with the 7235th Medical Support Unit in Orlando. “Then you get into the treatments, and that is like treating a real patient.”

Utilizing a combination of human patient simulators and part task trainers paired with live actors, MSTCs have provided specialized training to over 500k combat lifesavers

and medics. “These are cost effective solutions in low-risk, supportive environments that have become critical elements to the success of medical military training,” Ariza noted.

Partnering for sPeCialized training

The MEDSIM office is assisting the Army Medical Command as it develops future plans to expand simulations beyond the battlefield and into all levels of care. These simulation and training aids will specifically focus on the skills that nurses and doctors must master as a patient moves into more definitive treatments.

MSTCs also offer unique and powerful learning opportunities to all medical providers in key competency areas, including communication, teamwork, emergent conditions and leadership, as well as tasks requiring well-practiced manual skills such as diagnostics and treatment procedures. MEDSIM believes through multi-disciplinary simulation centers and collaboration with other institutions in the military and civilian sector, quality patient care and safety will be improved for all.

looking forward

The future for Medical Simulation is bright and there will continue to be a growing requirement for simulation training. MEDSIM will continue to create more medical simulation training opportunities for our Soldiers. There should be no doubt that our Soldiers can provide the best care possible to our service members when properly trained; they have and will always continue to do so. MEDSIM was one of the world’s first established military simulation Program Management offices and will continue to be a global leader in the field.

More info: www.peostri.army.mil


By Chief Master Sergeant Adam Reading Superintendant, 932nd Medical Squadron Scott AFB, IL

It’s 9:30 a.m. in Cottonwood Falls, Kansas. The phone rings at the private practice of Scott King, a family physician and Major in the Kansas Air National Guard. The voice on the phone announces that Dr. King is being activated for 180 days and has 72 hours to report for duty. Major King actively participates in monthly Unit Training Assemblies (UTA) with his unit and remains up to date with required credentials. The majority of his practice is chronic disease management, with a mandatory monthly 12-hour shift in the local emergency department. He hasn’t worked a cardiac arrest in more than a year, only assisted with a chest tube as a resident and is awaiting FAST exam ultrasound training.

diminishing returns

The continual downsizing of military hospitals into limited scope clinics has created a unique challenge for clinicians, nurses and technicians to maintain clinical proficiency. Clinical rotations at remaining full function hospitals are at an all time premium and carry no guarantee of exposure to patients requiring complex management. This state of affairs results in a stagnation of required recurrent skills due to a lack of adequate training to supplement a lack of actual clinical experience. The impact is felt in the individual’s readiness, the mission readiness and ultimately the care delivered downrange. Unfortunately for many Guard/Reserve units, the ops tempo is so intense, time allocated for training is cannibalized for computer-based training or other required briefings. Too many training programs look like this: get your name on the sign-in sheet; watch the PowerPoint program; and, if time allows, play on the task trainer. Above all, make sure to get your name on the sign-in sheet.

Traditional training labs consist of a variety of task trainers assembled to challenge students on various hands-on interventions while a preceptor offers vital signs, lab values, ECG rhythms, etc. at the request of the participant. Dynamic feedback from the ‘patient’ is non-existent. This method of training reinforces a negative dependency on preceptor participation in the exercise and does not allow opportunity for evaluation of the learner’s ability to demonstrate ‘routine’ procedures. Further, having information immediately available upon request distorts a very realistic component of patient care – time. Only with time, necessary events such as diagnostic testing and results delivery, equipment assembly, as well as medication set-up, delivery and metabolizing can be accomplished.

simulation revelation

High fidelity patient simulators entered the training scene fifteen years ago offering healthcare providers a more realistic “total patient care” training opportunity. These innovative simulators incorporate human physiology and dynamic feedback mechanisms, transforming multiple task trainers into a single unit virtual living patient. Providers could now perform a more realistic evaluation of a patient’s level of consciousness, pupil response, airway status, lung/heart/bowel sounds, tracing ECG, pH, ETC02, SpO2, and a variety of other realistic physiologic parameters. Pre-programmed scenarios allow the entire healthcare team to participate in the patient’s care from initial presentation to final disposition. Within the last 5 years, simulators have become completely wireless/tetherless, complete with onboard simulated blood and secretions, all run via a laptop or tablet PC. Simulator

High-Fidelity

Clinical Gap

Human Patient Simulation; Bridging the

CMS Adam Reading932nd Medical Squadron


battery life varies, but 4-6 hours of continuous use in the field is not uncommon. Invasive procedures that are supported include: advanced airway management, to include cricothyrotomy; pleural needle decompression; chest tube; live defibrillation and pacing; and foley catheter placement. Some models allow for NG tube placement and gastric lavage. Most models include some sort of medication recognition and pharmacodynamic feedback.

A typical training scenario with a high-fidelity wireless simulator involves soldiers participating in a MOUT exercise when an IED explodes, critically injuring a team member. Upon initial assessment, the victim is unresponsive, tachypnic and has a complete below the knee amputation of the left leg with uncontrolled arterial bleeding. Battle buddies rush to his aid and secure a tourniquet just below the knee, seeing the bleeding slow and stop as they tighten and secure the windless rod. The patient moans as they continue to work. Removing his body armor, they insert a 14-gauge needle between his second and third intercostal space to relief the pneumothorax that is quickly developing. The victim’s breathing becomes easier following the needle decompression as medics secure his airway with a LMA and establish an IV. The victim is evacuated to a battalion aid station where an awaiting trauma team inserts a chest tube. Half a liter of blood is draining from the chest tube while a nurse inserts a Foley catheter. The victim’s vitals are as follows:

blood pressure is 94/62, heart rate 118, respiratory rate is 12 and assisted, SpO2 is 94%. Breath sounds clear and equal bilaterally, hypoactive bowel sounds, ECG is sinus tachycardia with intermittent unifocal PVCs. After initial stabilization, the patient will move to a definitive care area for continued care.

This scenario illustrates the realistic presentation and interventions available on today’s wireless simulators. It challenges the entire team to care for a single patient from point of injury through multiple echelons of care. Individual competencies, group cohesion, communication, resource use, leadership and processes are but several elements to be evaluated when utilizing a high-fidelity human simulator. Simulation allows failure in a controlled environment, where the patient can be reset countless times to reinforce skill mastery, team communications and process refinement.

forging ahead

Arguably, high-fidelity human patient simulation is positively impacting military healthcare providers’ readiness to manage the unique injuries encountered by today’s warfighter. In the spirit of the Air National Guard: Train as We Fight, Fight as We Train!

More info: www.bamc.amedd.army.mil

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Commander’s Corner

COL Steven W. Swann, MD, FACS, hails from Sevierville, Tennessee. He received his Bachelor of Science Degree (cum laude) from Tennessee Technological University in 1979 after attending college on a 4-year ROTC Scholarship from which he was named a Distinguished Military Graduate. COL Swann entered the U.S. Army as an Infantry Officer and served with the 9th Infantry Division at Fort Lewis, WA. Resigning from the Infantry in 1982, he attended medical school and received his Doctor of Medicine Degree from the Uniformed Services University of the Health Sciences (USUHS), in 1986. COL Swann subsequently completed specialty training in General Surgery at Dwight D. Eisenhower Army Medical Center, Fort Gordon, GA, and he is board certified by the American Board of Surgery and the American Academy of Disaster Medicine. He is a Fellow of the American College of Surgeons and a graduate of the US Army Command and General Staff College and the National War College. COL Swann is a Founding Member and past-Member of the Board of Governors of the American Academy of Disaster Medicine.

COL Swann’s previous assignments include Command Surgeon, Army Warrior Transition Command, Arlington, VA; Commander, 30th Medical Brigade and V Corps Surgeon/Multinational Corp-Iraq Surgeon (OPERATION IRAQI FREEDOM, 05-07, Unit Awarded the Meritorious Unit Citation), Heidelberg, Germany; Commander, Bayne-Jones Army Community Hospital and Joint Readiness Training Center Surgeon (Unit Awarded the Army Superior Unit Award), Fort Polk, LA; Commander, Joint Medical Augmentation Unit and Command Surgeon, Joint Special Operations Command (OPERATION ENDURING FREEDOM

and OPERATION IRAQI FREEDOM, Command Awarded the Joint Meritorious Unit Award), Fort Bragg, NC; Commander, 168th Area Support Medical Battalion, Taegu, Republic of Korea; Commander (PROFIS), 31st Combat Support Hospital, Fort Bliss, TX; Division Surgeon, 101st Airborne Division (Air Assault), Fort Campbell, KY; Regimental Surgeon, 160th Special Operations Aviation Regiment (Airborne), Fort

Campbell, KY; and Battalion Surgeon, 1st Battalion, 1st Special Forces Group (Airborne), Okinawa, Japan. He has also served as the Director, J5 Integration Division, JTF CapMed, Bethesda, MD, Deputy Commander for Clinical Services, Lyster Army Community Hospital, Fort Rucker, AL, and as a staff General Surgeon, Blanchfield Army Community Hospital, Fort Campbell, KY.

COL Swann was interviewed by C&CC Editor Shean Phelps.

C&CC: Please provide some brief background into USSOCOM and describe your role as Command Surgeon, U.S. Special Operations Command.

COL Swann: USSOCOM is both a functional command that trains, organizes, and equips special operations forces (SOF), and a combatant command with the world as its area of operations. In accordance with the Unified Campaign

Preparing SOF Medics to Support an Integrated Force

COL Steven W. SwannCommand SurgeonU.S. Special Operations Command (USSOCOM)


Plan, USSOCOM is the “lead” combatant command to synchronize all planning and oversee execution of global operations against terrorist networks. When directed by the Secretary of Defense, SOCOM may also conduct special operations missions as a supporting command. In its role as a supporting command, SOCOM’s primary responsibility is to provide ready and capable SOF forces to the geographic combatant commanders.

As USSOCOM Surgeon, my role as the senior-most physician in all of DoD’s special operations is to provide support to and oversight of special operations specific joint medical doctrine and to the organizing, training and equipping of medical and non-medical special operations forces. Additionally, I assist in ensuring the deployment of healthy and medically combat-

ready special operations forces to combatant commanders around the world.

The USSOCOM Surgeon Office does not engage much into the tactical levels of SOF operations. That rests directly with the theater special operations commands (T-SOCs) and lower levels of SOF command. We, however, are responsible for the national and international strategic level of SOF medical operations. Someone is responsible for the “50,000 foot” oversight of SOF medicine, and that is the USSOCOM Surgeon.

C&CC: In terms of tactical combat casualty care (TCCC) training for special operations forces, how are you as Command Surgeon working to bring about critical adaptations in SOF field medical care (please talk about some of the key programs SOCOM is focusing on)?

COL Swann: We resource SOF with expertly trained operators, globally dispersed, with essential medical supplies and equipment that will facilitate the practice of SOF tactical combat casualty care (TCCC) protocols in any environment where a SOF medic may be found. Our medical equipping of SOF TCCC is an excellent example of innovating, creating and adapting new technology and equipment for SOF medicine. This program equips medical and non-medical personnel with equipment ranging from the SOF variant of the commonly issued Individual First Aid Kit (IFAK) to a man-packable Casualty Evacuation (CASEVAC) Set.

The SOF variant IFAK, known as the “Operator Kit”, provides for self aid and buddy aid at the point of injury, and is issued to all personnel assigned to SOF and deployed to Overseas Contingency Operations (OCO). The contents are simple and require minimal training to use,

and while similar to the IFAK issued to conventional forces, the SOF variant IFAK contains additional items which are useful in the combat environments where SOF may find themselves.

The CASEVAC Set is a robust, modular rescue and transport system that bridges the gap between specialized SOF medical treatment and evacuation sets to the common, everyday rescue and treatment resources found in conventional Army units. The CASEVAC Set has the equipment needed by a SOF unit to extract a wounded operator from a damaged vehicle or collapsed structure, conduct a high angle rescue and then medically treat, sustain, and transport 3-5 casualties for up to 48 hours. There are four kits and 13 modules in the CASEVAC Set.


Pararescuemen from the 304th Rescue Squadron, Portland, OR, prepare a patient in a Stokes litter to be hoisted into an HH-60 helicopter off of Mount Hood during a training exercise. (U.S. Air Force photo)


Each of the four Kits are identified thru an acronym (Extrication-Mobility-Transport-Sustainment, or E-M-T-S), and all are designed for general functions within the treatment and evacuation process. The 13 modules have more specific functions in treatment and evacuation, and are packaged in a manner to allow their employment based on mission profile and requirements.

Another step forward in our continued evolution of TCCC (and what will perhaps be our single, most important initiative) is our committed efforts to provide Freeze Dried Plasma (FDP) to those SOF operators on the most forward edge of the nation’s battlefields. It is well recognized across SOF medicine that the use of FDP in casualties “in extremis” will make a difference and save lives. Currently, however, FDP is not produced in the U.S., nor has it been approved for use by the Food and Drug Administration (FDA). Drugs, medicines, medical equipment and blood/biological products must be approved by the FDA in an effort to ensure their safety and efficacy before being used in the U.S. Though the FDA has no jurisdiction outside the U.S., DoD mandates any medical therapeutic to be FDA approved before used by DoD personnel or units anywhere in the world.

To obtain FDA approval to use FDP by SOF during OCO is actively ongoing and requiring the combined efforts of the USSOCOM Surgeon and the Army Medical Research Material Command (MRMC), the Special Operations Research, Development, and

Acquisition Center (SORDAC), other Government Agencies (Dept of Homeland Security, Dept of Health and Human Services, etc), and the U.S. medical industry.

USSOCOM has recently been convincing in its efforts to gain authorization from the FDA to use French-made FDP in OCO by SOF. These directed efforts have lately earned White House staff visibility and USSOCOM Commander’s unqualified commitment to get FDP into the hands of our far forward operators. Given that a safe and efficacious French-made FDP is readily available, USSOCOM has struggled to obtain FDA approval even though the French Army has been manufacturing and distributing FDP for their military for over 40 years. FDP is currently used by French military forces deployed in support of Operation Enduring Freedom. If a casualty is received at a French military medical facility, they will likely receive FDP regardless of nationality, including U.S. casualties.

Regardless, we are extremely optimistic we will acquire FDP in very near future as increasing support from the senior levels of DoD and the U.S. government has been gained over the past few months. FDA authorization could be provided by the end of the calendar year. As this approval process continues to completion, we are developing now a plan to acquire, manage, store and deliver FDP to SOF.


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C&CC: Within the world of first response on the battlefield, how are lessons learned on the battlefield helping evolve techniques in combat surgical care (provide real-time examples)?

COL Swann: Since USSOCOM was founded, it has led DoD in the advancement of every aspect of U.S. military operations, including medical. Many of the medical concepts first used in SOF are now standard tactics, techniques and procedures throughout the conventional DoD. Today’s SOF conducts a multitude of different missions in the most extreme operational and environmental conditions, and medicine must be right there supporting the operator. This requires a highly trained medical professional, and that professional is the SOF Medic. The SOF Medic has been trained to meet the necessary health service demands of today’s non-linear battlefield and joint service special operations environment. It is well recognized that to be successful on the SOF battlefield, the SOF medic must be able to work with some autonomy.

However, autonomy can be granted only to those who successfully complete the intense training required of a SOF medic, become and retain certification and continue to learn through the completion of strict continuing education requirements which help ensure our medics remain up to date in their challenging field of medicine. To this end, USSOCOM accredits and certifies our SOF Medic to a tough, rigorous standard that has been accepted by the different services. As no U.S. civilian certification program exists which verify or certify the procedures and skills performed by SOF medics, USSOCOM has developed a new medical certification program. The USSOCOM Command Medic Certification Program (CMCP) is our program that guides the training, testing and validation of all SOF medics across the command. It has been designed to train SOF Medics in those skills, abilities and procedures necessary to complete their wartime mission with an understanding of the independent nature of their work. It is a program that has been developed primarily by the SOF medical community program, and is designed to ensure all SOF medics are trained to one distinctive, superior standard acceptable to all services. The graduate of CMCP is the SOF Medic, officially known as the Advanced Tactical Paramedic (ATP).

After completing a long and demanding medical training program, all students of the Joint Special Operations Medical Training Center’s (JSOMTC) Special Operations Combat Medic (SOCM) Course at Fort Bragg, N.C., and the Air Force Para-Rescue (PJ) School at Kirtland AFB, N.M., take the ATP examination prior to graduation. Identifying and analyzing the requirements and current accepted medical practice as well as subsequent curriculum development are all components of the ATP certification and recertification program. The program has recently shown tremendous success as evidenced by the nearly 100% ATP-exam pass rates at the JSOMTC, but more importantly its success is

demonstrated by the high quality of battlefield care our SOF medics are providing in Iraq, Afghanistan and other regions where special operations forces are deployed.

Because the ATP who has passed the certifying exam has been taught skills better than or equal to those taught to NREMT-Ps, we are exploring ways to obtain civilian recognition of the ATP certification. One success was the recent approval granted by the Board of Critical Care Transport Paramedic Certification (BCCTPC) for ATP certification to be accepted as a paramedic equivalent program. This allows ATPs to sit for the Flight Paramedic Certification (FP-C) examination. USSOCOM is also actively engaging with many state-level EMS boards to gain their recognition of the ATP and the JSOMTC/ PJ training programs, and for the state to provide reciprocity for their respective state paramedic certifications to ATP certified SOF medics. Additionally, the ATP certification exam is currently open only to combat medics from the JSOMTC and PJ School. With an increasing focus on the importance of interagency tactical medical care, we are now exploring possibilities to allow federal law enforcement personnel to participate in the ATP program.

There are many new and exciting prospects on the horizon for the CMCP and those who will take the ATP tests in the future. Video scenario questions and computer-based testing are two natural progressions for the program. The CEB is also looking to establish the ATP training and test as the standard across DoD for tactical medicine in the pre-hospital environment. Because of the well known and widely respected high standard found in the ATP certification, there are increasing discussions in the EMS community of a future civilian certification for an advanced level pre-hospital provider, a model very similar to the 18D, Special Forces medic. SOF medics and the advanced skills they practice are a natural fit to fill this need in local communities. In brief, the ATP examination and SOCMSSC are critical in creating and maintaining the advance tactical paramedic; an important and valued combat multiplier on the nation’s battlefields of today.

C&CC: With regard to information sharing across the SOF and civilian medical communities, please give a brief background into the more recent evolutions/innovations that are coming to fruition on the current SOF battlefield (please discuss the information sharing between civil and military medical arenas).

COL Swann: Communication is an area that can always be improved, but we have been actively working as of late to share information on new medical technology and equipment across USSOCOM. One formal method of doing this is through the USSOCOM Surgeon’s Biomedical Initiative Steering Committee (BISC). USSOCOM has an annual budget that facilitates supporting SOF-peculiar medical research and development (R&D) projects.



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Microstream provides a complete picture of a patient’s adequacy of ventilation, even in rapidly changing

conditions. So you’ll know for certain if and how well your patient is breathing.

In fact, monitors from the leading medical equipment providers to the military, including Physio-Control,Philips, Zoll,Welch Allyn, Impact Instrumentation, Athena GTX, and RDT, are available with

Microstream Capnography.

Capnography has long been the standard for monitoring intubated patients in the operating

room. Learn why capnography is the new standard for non-intubated ventilation monitoring

at www.oridion.com.

oridion_ATACCC_r9.qxd 9/14/11 10:32 AM Page 1

[email protected]


The BISC was created by the USSOCOM Surgeon to obtain assistance from across USSOCOM medicine in helping to identify those R&D programs that appear to be most useful for USSOCOM’s requirements. The BISC’s mission is to identify and prioritize the resource allocation process through the USSOCOM Director, Applied Research, SORDAC-Science & Technology, on Biomedical R&D requirements, and to accomplish the goals and objectives established in the Biomedical Research Plan. Members of the BISC are the USSOCOM Component Surgeons, the Component Senior Enlisted Medical Advisors (SEMA), the JSOC Surgeon, and a number of other advising members. In essence the BISC is a partnership that involves all SOF components, theater special operations commands (T-SOCs), the Special Operations Research, Development, and Acquisition Center (SORDAC) and the U.S. Army Medical Research & Material Command (USAMRMC).

The BISC and its individual members search constantly for new technologies and equipment that may be of benefit to SOF medicine. It works closely with other respected DoD and civilian medical R&D groups such as the DoD Defense Health Board (DHB) and its Committee on Tactical Combat Casualty Care (CoTCCC), as well as working with specific universities research programs and private industry. The BISC is part of the USSOCOM Bio-Medical Research and Development

(BMR&D) Program which encompasses four major elements: The Bio-Medical Research Priorities (DIRECTIONAL), the Biomedical R&D Coordinator (ADMINISTRATIVE), the Biomedical Initiatives Steering Committee (ADVISORY), and the Special Operations Medical Technology Development Biomedical Research Program (PROGRAM EXECUTION).

The BISC is the primary medical advisory body for the BMR&D program. The Program Manager (PM) BMR&D Program executes the funding for SOF peculiar BMR&D projects by appropriate cooperative agreements, grants, contracts and governmental inter-departmental funding. The BMR&D Plan guides and focuses the Command’s overall medical research and modernization initiatives. The Biomedical R&D Coordinator assists the Command Surgeon (who is also the BISC Chairman) in fulfilling administrative requirements of the BMR&D Program and serving as the principal assistant to the Program Director, Advanced Technology.

Capt. Jessica Maverick, simulating a victim, is carried on a stretcher by Air Force pararescuemen toward a Marine CH-53 Super Stallion helicopter during a search and rescue exercise. Whatever service SOF medical personnel come from, all medics are trained to the same standard. (U.S. Air Force photo by Staff Sgt. Ricky A. Bloom)


C&CC recently interviewed LTC Daniel Kral, Chief of Operations, Office of the Chief Information Officer, Army Medical Command (MEDCOM), Ft. Sam Houston, TX regarding the Army’s recently conducted Network Integration Evaluation (NIE) at White Sands Missile Test Range, NM. As part of NIE, officials graded some of the newest integrated networking technologies, including applications in the Army’s Medical Communications for Combat & Casualty Care (MC4) system.

Theater is the last place Army commanders want to test and evaluate the performance of medical system capabilities. At the direction of Vice Chief of Staff of the Army, General Peter Chiarelli, the 2nd Brigade Combat Team, 1st Armored Division was designated the testing and evaluation brigade for the Network Integration Evaluation (NIE). MC4 was one of the 38 centers of excellence programs that participated in the first NIE rotation during the June and July cycle at the White Sands Missile Range (WSMR), NM. During the six-week rotation, the brigade deployed and operated similarly to normal combat operations in theater to evaluate how well the programs performed.

Since early 2011, LTC Daniel Kral Chief of Operations, Office of the Chief Information Officer, Army Medical Command (MEDCOM) has been serving as the leader for NIE evaluations on behalf of the U.S. Army Medical Department Center & School (AMEDD C&S). LTC Kral oversaw the testing and evaluation of the TRIAD, which is made up of the three organizations charged

with executing the NIE: Brigade Modernization Command (BMC), Program Executive Office Integration (PEO-I) and Army Test and Evaluation Command (ATEC).

LTC Kral first utilized MC4 as the 30th Medical Brigade G6 from 2004 to 2007, including a deployment from 2005 to 2006 in Iraq. Following this position, LTC Kral was AMEDD’s lead for IM/IT capability development in the operational force and worked closely with MC4 and other programs to identify capability gaps, seeking both materiel and non-materiel solutions.

LTC Kral was interviewed by C&CC Editor Shean Phelps.

C&CC: What is the mission of NIE from a medical training perspective?

LTC Kral: NIE granted program managers and school houses the opportunity to evaluate networked capabilities within the combat brigade team. The AMEDD C&S led the initiative to evaluate the doctrine, organization, training, materiel, leadership and education, personnel and facilities (DOTMLPF) across these domains.

The 38 capabilities were divided into two different groups, systems under test (SUT) or systems under evaluation (SUE). Six of the capabilities that are in the acquisition cycle for test and evaluation and are going to be deployed were categorized as SUT. The other 32 capabilities were categorized as SUEs. These capabilities aren’t necessarily going to make it into the force; they were tested simply for potential use. A lot of the SUE capabilities included in this NIE have already been purchased and are in use both in Iraq and Afghanistan, such as MC4. Now that the wars are moving toward closure,

Army NIE: Integrating Medical Comms with BCT Modernization

LTC Daniel KralMEDCOM


it’s important for the Army to determine which of these systems will be made a permanent part of the force. The NIE process is helping us reach that milestone decision.

C&CC: Why was MC4 included in the NIE and how was it evaluated?

LTC Kral: After 10 years of deployment, we wanted to look at MC4 and determine where the gaps are. We wanted to look at things that aren’t controlled by the product manager (PM) to determine what modifications need to be made for future use of MC4. For example, the AMEDD C&S determines the quantities of MC4 supplies and equipment that are deployed to the battlefield. What we want to know is whether we have the equipment numbers right or not. Products that are used for sustainment training are built by the AMEDD C&S. NIE is helping us determine what changes need to be made for this training component.

The brigade was required to use the MC4 equipment as if they were on any other mission. Part of the evaluation was to analyze how well the capability worked in support of their daily mission based on how it exists today. We attempted to evaluate telebehavioral health, but it didn’t perform because we were unable to enable the MC4 solution utilizing the network available

during NIE. We will evaluate the telehealth initiatives in the fall and I suspect there will be a better outcome in order to evaluate. C&CC: The goal is to gather information about the technology and identify solutions to close any performance gaps. This information will be considered when determining how to make MC4 a part of every formation in the Army. What do you believe are the biggest takeaways from NIE?

LTC Kral: It was absolutely critical and vital for future success that AMEDD and the medical community be at the table, shoulder-to-shoulder, participating with all of the other programs, whether war-fighter programs or logistics programs. By participating and highlighting MC4, we gave tremendous visibility to what the medical needs are, both from the network and IT perspective, to senior Army leaders who attended a VIP session in week five.

In the past, everything was done independently and leaders weren’t given good visibility until they were together on the battlefield. Now, the AMEDD along with the rest of the Army branches, especially the Combat Arms branches, have the opportunity to be part of the building process from the beginning to help ensure the right amount of support.

There were many levels of success for this first cycle. Getting the domain managers at the AMEDD C&S trained and providing them the opportunity to see an actual brigade in live action was very important. These individuals are responsible for fixing the kinks, but because they are civilians they don’t have the opportunity to go to a combat zone to see how these capabilities are performing firsthand. The AMEDD was very committed and involved in the NIE and as a result, we were recognized by MG Keith Walker, Commander of the Army’s Brigade Modernization Command, in an email to MG David Rubenstein, Commander, AMEDD C&S for setting the participation standards for future NIEs.

C&CC: Will MC4 be included in future rotations? If so, what will the brigade evaluate?

LTC Kral: There are three more iterations scheduled for October/November 2011 (NIE 12.1), March/April 2012 and another in October/November 2012. MC4 will be present and is approved to participate in the October/November 2011 session, but this time will be a little different. AMEDD C&S will conduct a follow-up DOTMLPF evaluation of MC4, building upon what was done in June/July. We’ll get a different perspective in 12.1 this fall because the users will be more mature.

MC4’s PM LTC William Geesey will also be a direct participant and get a first-hand look at how some of the systems perform. MC4 isn’t the only medical capability we have in these formations; while it’s one of the larger ones, there are other AMEDD and medical program managers and product managers that will be participating as well.

More info: www.cs.amedd.army.mil

Career Ops


By LTC William E. Geesey

MC4 is gearing up for Network Integration Evaluation (NIE) 12.1 this October at the White Sands Missile Range (WSMR), NM. We’re participating in the ongoing evaluation process to determine the requirements necessary to operate current and emerging IM/IT systems in a deployed environment.

It’s exciting to be part of the continuing conversation regarding the future of the Army’s cutting-edge communications technology. Let’s face it, a lot of time and money have gone into developing mobile electronic devices and NIE is exactly what we need to identify which products just aren’t meeting Soldiers’ needs. Ultimately, the lessons learned from these multi-week sessions will help make the acquisition process more responsive.

overload tests oPs mode

By saturating the network, we can determine how many tools can be used at one time, giving us more insight into how a single Army network is impacted by heavy traffic. The information we’ve gained from just testing the systems has made NIE a success.

Due to some connectivity issues during the last NIE, the 2nd Brigade Combat Team (BCT), 1st Armored Division wasn’t able to completely examine telehealth. End-users were able to connect to the NIPR network, just not at the same time. MC4 wasn’t the only program impacted by this, but we anticipate

that the network connectivity kinks will be ironed out so we can fully demonstrate telehealth this fall. This time around we plan on providing a telehealth capability demonstration using the Cisco TelePresence Movi suite and PrecisionHD USB cameras. At NIE 12.1 we’re also looking forward to demonstrating how information can arrive at the next level of care before the patient arrives. If there are any gaps or vulnerabilities that may hinder this capability, NIE will help us identify and resolve this issue for future BCTs.

road ahead

As NIE progresses, hand-held mobile devices will hopefully be part of the conversation. If the wireless capability of the MC4 handheld isn’t enabled in time for NIE 12.2, we’re anticipating that the Army will make an announcement as to what other mobile electronic device will be given the green light to participate in upcoming NIE cycles per the security technology implementation guidelines (STIGs).

Regardless of the Army’s mobile device choice, we’ll be ready to equip deployable medical staff with the tools needed to document patient care electronically. I will be attending portions of NIE 12.1 and will keep you posted.

Ready for NIE Round Two

More info: www.mc4.army.mil


SOMA 2011:The Special Operations Medical Association (SOMA) will be holding its 24th annual scientific and educational conference on 10-13 December 2011 at the Tampa Convention Center, located in downtown Tampa, Florida. The theme for this year’s program will be “Medical Lessons from the Frontline Operators”.

By LTC Robert D. Harrington, President, SOMA

This year’s Special Operations Medical Association (SOMA) conference will cover topics ranging from current research in protocols for tactical combat casualty care (TCCC) to practical medical lessons learned during recent overseas deployments. Final CME/CEU credits have not been finalized for 2011, but in past years up to 28-30 hours of AMA PRA Category 1 credits have been approved. You may check our web site at WWW.SOMAONLINE.ORG to obtain current updates on the conference.

sof vision

SOMA is a 501 (c) 3, non profit organization that was started in the later 1980’s by a dedicated group of active and reserve special operations medical personnel, centered in the Fort Bragg, North Carolina area. It was their collective vision that the yearly sharing of medical lessons from past and present operations would help improve the capabilities of the SOF medical community in supporting the war fighter. In these past 24 years, SOMA has grown to become the largest organization in the world exclusively devoted to advancing the cause of special operations medicine.

From this relatively modest beginning at Ft. Bragg, where in the first year several dozen gathered, over 1900 attended during the most recent conference in 2010. This growth in attendance has been especially notable in the last four

years where it has more than doubled from 850 to last year’s record breaking attendance. One interesting note with these numbers has been the growing attendance and participation of overseas members. In 2010, over 10% of attendees were from such countries as the UK, Netherlands, Germany and Japan and they also contributed several speakers to the main program.

tems ContriBution

Another group that has also contributed to SOMA’s growth over these years has been the increasing attendance by members of the U.S. and foreign tactical emergency medical support (TEMS) community. At least a quarter of last year’s attendees were from US federal, state and local TEMS agencies, along with a small but growing number from overseas.

This growing interaction between the civilian TEMS community and SOF medicine is a recognition that lessons learned on the battlefields overseas can provide a direct learning benefit to the domestic emergency response community. This learning from real world experiences has been mutually beneficial since the SOF medical community has also learned vital lessons from our domestic TEMS partners in such areas as Disaster Preparedness and Trauma Stabilization.

shared exPerienCes

The sharing of lessons learned between the various medical communities (military and civilian) attending SOMA leads to a collective result that is frequently greater than the individual contributions. A learning synergy at SOMA also occurs with the close interaction and feedback between the medical vendor community and the SOF medical and TEMS end users.

Medical Lessons Learned from the Frontline Operators

LTC Robert D. HarringtonPresident, SOMA


Both the vendor and tactical medical community have consistently mentioned that attending the SOMA convention is an ideal platform where both groups can give each other immediate feedback on new equipment that has been recently fielded. Many vendors have mentioned of talking to someone who has personally used their equipment in just the past few months under war zone conditions.

This unique interaction has helped both communities to quickly develop and field improved equipment that has had a direct effect on the survivability for the front line war fighter. This process of immediate feedback has resulted in equipment being modified, improved and fielded in a matter of months- not years. This quick turnaround contrasts to the bulkier and slower procurement process used by many other more conventional medical systems.

addressing Current needs

Another aspect in mutual learning at SOMA has been the admiration by many in the domestic medical community as to how quickly the SOF medical system can modify and change training programs and procedures in a relatively short time. This admiration has been for the ability of SOF medicine to relentlessly focus on results oriented training programs and not become bogged down in the procurement process. Information and feedback from field operators has been incorporated in new SOF medical training curriculums in relatively quick time, frequently in less than a year.

A change for SOMA has been in actual structure of the annual conference program. Responding to the requests of attendees to make the program as relevant as possible to the front line medical provider, the program has evolved recently from the traditional format of exclusively one hour lectures.

The first two days now consist of main hall 30 minute lectures, with the majority of speakers talking on medical learning experiences from real world operations. Included in this first part of the revised program is SOMA’s most popular segment, a three hour session where SOF medics from around the world explain their practical medical lessons learned from overseas missions during the past year.

This main hall lecture session is followed by having the last two days of the conference devoted to more specialized breakout sessions that have an emphasis on refreshing hands on skills in such areas as emergency airway management and review of basic and advanced suture techniques. Included in these breakout sessions are also specific talks geared to such diverse groups as the TEMS, SOF NATO and Military Working Dog communities.

looking to the future

This strong growth for SOMA over the past decade has allowed the officers to move our convention location this year to the Tampa Convention Center, located across the

street from last year’s site at the Tampa Marriott Waterside. We have now doubled the available vendor space to over 200 booths and have more than tripled the space available for lectures and breakout sessions. The Tampa Marriott Waterside will still serve as the headquarters hotel for SOMA Convention and will be the location of our annual “Mess Night”.

To improve our interaction with the membership and get better feedback as to how the officers can serve the members better, we have developed a new and improved, interactive web site for 2011. This web site will allow us to better tap into the abilities and interests of our SOMA members and will be a great tool to advance new treatment protocols for use by the SOF medical operator.

SOMA’s tremendous development over these past years has been the direct result of the input and talent of our diverse and talented membership. Our future growth will be the direct result of this continued input from interested members. The SOMA Officers and Board of Directors thank you for your continued support and hope to see you at this year’s SOMA convention.

More info: [email protected]


MedTech

Tactical Med LightThe OmniGlow® StyLiteTM Illuminated Intubating Stylet by OMNIGLOW, LLC

is a light-guided stylet that is both sterile and disposable. For use in endotracheal intubation procedures, it is immediately available in size 14FR, and will shortly be also available in 11FR.

The OmniGlow StyLite is the lowest priced illuminated stylet available, yet renders 3+ minutes of effective white light, can be easily bent into shape as needed, and is individually sterile packaged. The StyLite has no LEDs, fiber optics, or incandescent bulbs, so batteries are not required. Made of latex-free non-toxic components, a true path to intubation is literally “ready in a snap.”

OmniGlow StyLite has a unique feature, besides regular endotracheal intubations, it can also be beneficial under other challenging circumstances and comes with a unique set of instructions called the Pramo technique for blind tactile or tactical under fire situations. The procedure only takes few moments and the tactical provider should be able to gain a rapid patent airway safely in seconds to minutes of time without light or laryngoscopes.

More info: www.omnimedtech.com

Bio-Electric Wound DressingSince the beginning of our Nation’s history, battlefield dressings have been simple

gauze pads – even after hundreds of years and phenomenal advancements in every other area of military operations, today’s battlefield dressing is still basically a gauze pad. Warrior Wound Care has changed that.

Warrior Wound Care’s new Bio-Electric dressings provide immediate, advanced wound care; these new dressings actually work with the body to produce a low voltage electric field that has been proven to drastically reduce the chances of infection, and promote healing of the wound. Numerous independent reports also indicate a noticeable reduction in pain at the wound site while using the Bio-Electric dressings.

Backed by dozens of cases studies and the determination of the Warrior Wound Care team, the face of immediate and long term wound care has forever changed.

Warrior Wound Care is based in Scottsdale, Arizona and is dedicated to identifying and developing the latest medical technology for immediate care on the battlefields, in our hospitals, and at the most remote locations on the planet.

More info: Kino Davis at [email protected]

En Route Care MonitoringThe Propaq® M Vital Signs Monitor from ZOLL Medical Corporation offers all

the capabilities needed to meet the unique military en route care needs of tactical MEDEVAC and critical care transport missions.

Weighing five pounds less than the current Department of Defense standard, Propaq Encore 206, it’s both small and lightweight, yet provides twice the monitoring time of other monitors. One hot-swappable battery delivers 7½ hours of run time while monitoring ECG, SpO2, NIBP, EtCO2, three invasive pressures, and two temperature channels.

And with XML open architecture, data can easily be transferred to an EMR. Its backward compatibility with existing Propaq and ZOLL accessories makes patient transfers seamless. The Propaq M also has advanced features like an NVG-friendly mode and the ability to view up to four leads on one screen.

More info: www.zoll.com

Hospital-In-A-Box Fits in Helos

One of the many dangers in today’s humanitarian or military operations is the exposure of helicopters and their flight crews when flying into hostile environments with vital medical equipment slung under the aircraft, making them easier targets.

In response, Weatherhaven has developed the innovative Tactical Redeployable Expanding Container Capability (TRECC) system of expandable shelters. The TRECC has a payload volume of 11.8 cu m (418 cu ft), enough space to stow a medical triage unit, which incorporates the latest fiber optic communications technology.

When a helicopter lands, the TRECC can be deployed within minutes. The roof rises to eight feet and the sides unfold to provide 23.7 sq m (255 sq ft) of working space, enough for a fully equipped medical center.

More info: [email protected]


MedTech

Hemostasis Analyzer

Surgical teams now can get faster and more complete information about their patients’ coagulation status from the ROTEM® hemostasis analyzer, recently cleared by the U.S. Food and Drug Administration (FDA).

The ROTEM delta hemostasis analyzer system provides in-depth information on all stages of hemostasis, which goes beyond the routine testing that is currently done during surgery. ROTEM testing is performed on whole blood samples and provides information on the complex biological process of coagulation. Results are provided rapidly to the OR on a variety of coagulation parameters, helping the surgical team to assess whether platelets, plasma, red blood cells or other blood components are in proper balance.

“Having quick, accurate information in surgery is critical to providing the best patient outcomes,” says Ken West, president of ROTEM. “With the new ROTEM system, surgeons don’t have to wait for traditional laboratory coagulation tests which can take 30 minutes or more.”

More detailed hemostasis information at surgeon’s disposal have been shown to improve patient outcomes and decrease expenses related to blood products. A better understanding of patients’ hemostasis has also been shown to lead to fewer unnecessary blood transfusions, and a lower risk of infection or complications associated with those transfusions.

More info: www.roteminc.com

cera_soma_4x2_ad.indd 1 4/18/11 12:11 PM

Tactical Evacuation Device-Vertical or Horizontal Lift

Chinook Medical Gear, JBC Corp, and ARC Products have introduced the MedSled Vertical Lift Rescue (VLR) Sled, an emergency evacuation device for personnel extraction. Specifically designed for fast deployment in high angle, vertical rescue and combat casualty care extractions, the sled was created in response to the frequency of helicopter lift rescues on the battlefield, enabling easy patient load for quick take-off and faster medical care when time is critical and terrain is challenging.

With the VLR, no heavy lifting is required. A strap at the foot of the sled allows the rescuer to quickly drag an evacuee to safety. Made of high-density polyethylene, the sled becomes rigid, protecting the patient while on the move.

MedSled® includes a preassembled hoist attachment point, 4000lbs cross straps with quick release winged buckles, and two horizontal lift straps for helicopter or vertical movements. All hoist points are rated to exceed 9000lbs or more, and can be used in a vertical or horizontal position.

More info: www.chinookmed.com

UV LED Device Treats Skin Disorders Psoria-Shield™ Inc., has launched sales for its flagship medical device, the Psoria-

Light™ deep UV LED targeted phototherapy device for treating psoriasis, eczema, vitiligo and other UV-treatable skin disorders.

The Psoria-Light™ patent-pending innovation uses advanced deep UV LED technology originally developed for NASA, the European Space Agency (ESA) and the U.S. military for photoelectron generation as part of the charge management system for gravitational wave measurement systems.

Targeted UV phototherapy generally facilitates clearance of skin conditions within six to ten treatments, and up to five times faster than non-targeted UV phototherapy treatment currently available. Targeted UV phototherapy has only a local effect on the skin, and is a less toxic treatment option than many of the biologic and systemic treatments currently being utilized to treat psoriasis, eczema and vitiligo.

More info: www.psoria-shield.com


Medical Logistics:

MRI to the Fight

In a joint effort lead by the U.S. Navy Medical Logistics Command (NMLC), state-of-the art magnetic resonance imaging (MRI) technology will now be used to support the prognosis and diagnosis of warfighters with traumatic brain injuries.

By Sheila A. Gorman, Naval Medical Logistics Command (NMLC)

In an unprecedented medical equipment initiative, three mobile Magnetic Resonance Imaging (MRI) systems will be procured and sent to Afghanistan to aid in the diagnosis and treatment of mild traumatic brain injury (mTBI). The Naval Medical Logistics Command (NMLC) was tasked by Navy Surgeon General Vice Adm. Adam M. Robinson, Jr. to spearhead the procurement and sustainment issues for this initiative.

Headquartered at Fort Detrick, Md., NMLC is the center of logistics expertise for U.S. Navy medicine, designing, executing and administering individualized state-of-the-art solutions to meet customer’s medical material and healthcare needs. The command supports the Navy with acquisition and logistics systems training, healthcare services strategies, operational forces support, medical equipment and logistics solutions, acquisition management, deployable platforms and eyewear fabrication.

a Joint effort

A collaborative military effort among NMLC and its technical and operational partners, including the Bureau of Medicine and Surgery, U.S. Army Medical Material Agency, Task Force Medical-Afghanistan, Central Command, Office of the Joint Chiefs of Staff, Air Force Medical Logistics Office, National Intrepid Center of Excellence, Walter Reed National Military Medical Center, and the Army’s Rapid Equipping Force, this


fielding initiative is based on findings from a report submitted from the Gray Team III, a panel of experts from industry, academia, and Department of the Army tasked by the Chairman of the Joint Chiefs of Staff to study mild traumatic brain injury care in theater and beyond.

Initial findings from the Gray Team III recommended the use of MRIs near the highest concentrations of mTBI injured personnel in theater due to the proven diagnostic and prognostic value over computerized tomography (CT) scanning. From the Gray Team III’s report, “MRI systems of today are capable of showing greater brain detail and have been shown to be helpful in revealing causes for persistent symptoms or potential for higher risk from repeated injury not identifiable from CT.”

resPonding to a Common inJury

Considered the signature war wound for soldiers serving in Iraq and Afghanistan due to the numerous improvised explosive devices (IEDs) and roadside bombs, mTBI has become one of the most common combat wounds for the warfighter. In 2008, RAND Corporation completed and published a comprehensive study of post-deployment health-related needs among Operation Enduring Freedom and Operation Iraqi Freedom veterans, titled Invisible Wounds of War. Based on the percentages related to the study, 320,000 individuals experienced probable TBI during deployment. Sometimes not appearing to suffer from outward signs or injury, many soldiers have lingering and long-term health and psychological effects that are not immediately apparent including headaches, balance problems, hearing problems, lack of self-control, mood changes, ringing in the ears, problems sleeping and memory loss.

ProCuring the teChnology

NMLC, as part of Navy Medicine, was in a unique position to take on the responsibility for procuring the MRI systems. To secure the MRIs that will aid in the diagnosis and treatment of mTBI, NMLC has taken the lead in researching, planning and procuring these systems to support the request from the Chairman of the Joint Chiefs of Staff.

An initial order was placed for two MRI systems to be located at the NATO Role 3 Multinational Medical Unit in Kandahar and the Role 3 trauma hospital in Camp Bastion, Britain’s main base in Afghanistan. Since the initial order, a third MRI system has been added to the contract and will be deployed at the Staff Sgt. Heathe N. Craig Joint Theater Hospital located on the Bagram Airfield.

“We had the clinical engineering, logistics, legal and procurement professionals under one roof in addition to the necessary contracting authority, which has moved NMLC and Navy Medicine further along in the process and cutting months off the procurement,” said NMLC Commanding Officer Capt. J.B. Poindexter, III.

Knowing the MRI initiative was coming their way, Bert Hovermale, NMLC Director of Acquisition Management, assumed a forward leaning approach to the initiative before the formal requirement surfaced and funding was secured.

“Before we received money for the procurement, we had the Statement of Objectives and Statement of Work completed,” said Hovermale. “We were able to send out a Request for Proposal (RFP) the day the funding was received, which puts us ahead of schedule.”

According to Hovermale, it also saved time in the procurement process by utilizing already existing Department of Defense contracts to secure the MRI systems.

surveying for oPtimal loCale

An NMLC team from the Medical Equipment & Logistics Solution (MELS) Directorate consisting of the lead clinical engineer, a logistician, and two biomedical equipment technicians, went to Afghanistan in April 2011 to complete a site survey of the areas that were being considered for the MRI placements.

The site survey team answered questions such as: Is there an adequate power supply at each site?; What happens when that power supply is interrupted?--the systems must


be continuously powered and the cryogens (gases) must be kept continuously chilled; for the physical location of the units, is there proper support in place?; Due to outside ferrous objects that affect image quality and diagnostic capability, does there need to be extra shielding for the MRI systems and do the MRI systems need to be shielded from interfering with traffic on the airfields?; Is there air transport large enough to accommodate the airlift into theater?; How will the units be transported to their final locations?

ConstruCting and moving the equiPment

Getting the systems built and into theater presented some unique challenges for NMLC and their vendor partner, Philips Healthcare, the manufacturer of the systems.

“This is a one-of-a-kind piece of equipment,” said Margaret Ely, NMLC Acting Director for Medical Equipment and Logistics Solutions (MELS) and whose team is working on the logistics and engineering piece of getting the MRIs up and running and into theater. “The systems will be specially built from the ground up directly onto a trailer and each system will have its own power supply to accommodate the austere environment in Afghanistan.”

Transportation into Afghanistan was addressed by utilizing a Russian Antonov AN 124 Ruslan, a mega-sized cargo lifter, also known as Condor. Similar in features to the Lockheed C-5A Galaxy cargo lifter, the Condor is a massive aircraft having a greater cargo capacity than the C-5A and heavy-duty landing gear for rough field conditions.

“Building the systems on a mobile trailer addresses the challenge of physically getting the systems to their points

An Uninterruptible Power Supply (UPS) machine is unloaded from an Antonov 124-100M cargo aircraft at Joint Operating Base Bastion, Afghanistan, in the early hours of the morning prior to delivery to the Role 3 Medical Facility at Bastion, Afghanistan. (Navy photo)

A Magnetic Resonance Imagery (MRI) machine and generator await unload from an Antonov 124-100M cargo aircraft at Joint Operating Base Bastion, Afghanistan, in the early hours of the morning prior to delivery to the Role 3 Medical Facility at Bastion, Afghanistan.(Navy photo)


of deployment and destination,” said Ely. “It also addresses the need for a clean environment as MRIs are extremely susceptible to dust and dirt. To address this concern, unique entry system and filters have been provided via the trailer.”

Power and weight Challenges

In theater, power supply can frequently be interrupted. As such, MRI systems need to be kept running continuously and the cryogens chilled. To address that challenge, each system will have its own power supply as well as a self-contained trailer self-cooling unit built directly into the trailer. Likewise, in order to accommodate the huge weight of the systems and the trailers, up to 70,000 pounds each, special concrete pads have been poured and cured at the destination points.

image quality assuranCe

Because the MRIs work on giant magnets and create a magnetic field, ferrous objects such as iron, steel, nickel and cobalt affect the resolution and quality images. Each MRI system will be shielded from outside interference to provide top quality imaging and usage as well as not disrupt airfield operations.

keePing systems online

While the site survey team was addressing issues in Afghanistan, members of the team who remained behind addressed such questions as replenishment and sustainment of the systems, vendor support, and availability of trained personnel to operate the systems while in theater.

Working on replenishment, sustainment and vendor support, Philips has contracted to provide an MRI technician in Afghanistan to service the systems and project management during the warranty period, while DoD personnel are trained on the systems.

“NMLC has contracted with qualified personnel to operate and maintain the systems while in theater,” said Ely. “Having no operational medicine requirement for MRI, the military does not have trained personnel on these systems.”

NMLC is using outside contractors to fill this requirement and qualified personnel are required to pass a rigorous screening, security and vetting process in order to be cleared to operate on the military bases. “Working both requirements simultaneously will allow the systems to be operable after delivery, installation and testing is completed,” Ely added.

safety the Priority

Entering a room where an MRI system is in operation with any type of metal object could severely injure personnel and/or the systems themselves, due to the magnetic qualities. Safety training is a top priority and classes are being created at all final MRI system destination points for all personnel.

high visiBility and suPPort

“The Navy is working closely with our sister services to field an unprecedented MRI capability for our forces in Afghanistan as part of the overall comprehensive approach to diagnosing and treating concussive injuries,” said U.S. Navy Surgeon General, Vice Adm. Adam M. Robinson, Jr. “The fact that our team was able to design, acquire and deliver this new capability to the battlefield in less than 12 months is a testament to the commitment and creativity of the joint medical and logistics teams.”

The first two systems have been delivered to the British Role 3 hospital in Camp Bastion. The NATO Role 3 hospital in Kandahar with a third system scheduled for delivery in early fall 2012.

More info: www.nmlc.med.navy.mil

A Magnetic Resonance Imagery (MRI) Uninterruptible Power Supply (UPS) machine is unloaded from an Antonov 124-100M cargo aircraft at Joint Operating Base Bastion, Afghanistan, in the early hours of the morning prior to delivery to the Role 3 Medical Facility at Bastion, Afghanistan. (Navy photo)

A Philips Magnetic Resonance Imaging (MRI) Achieva 1.5T machine is set up at the Role 3 Medical Facility at Joint Operating Base, Bastion, Afghanistan. (Royal Air Force photo)


Industry Partner:

I.T.D.: Advanced Care Through Enhanced Capability

Emergency Products + Research has introduced the first major improvement in single pole traction devices in twenty five years. It’s called the Improved Traction Device or “I.T.D.”.

By George M. Greco, vice president Emergency Products + Research, Inc.

The Improved Traction Device (I.T.D.) by Emergency Products + Research is the first product innovation in single-pole traction devices in over 25 years. It boasts an improved carbon fiber pole, improved x-ray translucency, improved ankle hitch, improved traction anchor, improved groin and ankle straps, improved buckles, improved carry bag (MOLLE style), improved patient comfort, and is CE compliant.

Made of carbon fiber, the I.T.D. is 10 times stronger and lighter than the aluminum pole currently used and does not conduct heat away from the patient, nor does it transfer cold to the patient as an aluminum pole will.

hitCh and go

Offering an improved ankle hitch, the I.T.D. is designed to bring added comfort to the patient by the ability to keep the leg and ankle intact and not move in order to install the ankle hitch through the use of a detachable stirrup. In addition, the I.T.D. has a special contouring material at the ankle strap to bring much needed comfort to the patient.

Each pull tab offers a plastic pull ring for ease of use with gloved hands.

The I.T.D. anchor point is constructed out of the latest polymers which maintain its material integrity in extreme temperatures + or - degrees. During traction, the ankle hitch is forced down into the anchor point, virtually eliminating any chance for the hitch to ride up and off of the anchor.

less Pain, more gain

Any patient who has experienced first hand the current single pole traction device for any length of time will attest to the discomfort that the old traction pole would give to groin and ankle areas. For this reason, the I.T.D. is made with a special contouring material in both the groin and ankle straps areas to promote added comfort.

The I.T.D. provides clearly marked elastic straps for proper placement to fit the thigh, knee and shin. All straps are larger in width to assist in eliminating strap ride-down on thigh and knee along with patient comfort.

multi-use, Certified oPeration

The I.T.D. uses Nexus buckles and a compact case with MOLLE style attachment capability for easy storage and rapid deployment. The I.T.D. is very easy to repackage and store. Replacement parts are conveniently listed on bag and the I.T.D. is CE compliant.

More info: www.epandr.com


Keeping readers abreast on some of the key combat medical programs/initiatives being undertaken at the U.S. Defense Advanced Research Projects Agency or DARPA.

Blood Cleanser

Aethlon Medical, Inc., developer of therapeutic filtration devices to address infectious disease and cancer, has announced that it has been awarded a $6.8 million contract from DARPA to develop a therapeutic device to reduce the incidence of sepsis, a fatal bloodstream infection that is often the cause of death in combat-injured soldiers. The contract program will utilize the Aethlon ADAPT™ system as a core technology component underlying an extracorporeal blood purification device that selectively clears multiple sepsis-enabling particles from circulation to promote recovery and prevent sepsis. The Aethlon ADAPT™ system, introduced earlier this year, is an adaptive dialysis-like affinity platform technology that provides the foundation for a new class of therapeutics that selectively target the clearance of harmful agents from the entire circulatory system without the loss of essential blood components.

The resulting device, which is being advanced under DARPA’s Dialysis Like Therapeutics (DLT) program, is expected to dramatically decrease the morbidity and mortality of sepsis, thereby saving thousands of lives and billions of dollars in the United States each year.

Under the DLT program, Aethlon will also introduce a novel blood pump strategy to reduce or eliminate the systemic administration of anticoagulants normally required during extracorporeal device therapies. Worldwide, more than 18 million cases of sepsis are reported every year, with more than six million resulting in death.

More info: www.darpa.mil

Warrior Web

Today’s dismounted warfighters often carry 100 pounds or more of equipment as they patrol for hours across rugged or hilly terrain. This heavy load increases the risk of musculoskeletal injury, particularly on vulnerable areas such as knees, ankles and the spine. In addition, as loads increase, fatigue and exhaustion set in faster.

DARPA seeks to develop an unobtrusive, lightweight under-suit embedded with a web of miniature sensors, functional structures and compliant actuation. The suit, for example, may automatically sense when to stiffen and relax at key body joints to help prevent injury, as well as augment the work done by muscles to help counter the negative impacts of fatigue on performance and injury.

“As the equipment load on our warriors goes up, so does the number of injuries at key body joints and soft tissues,” said Army Lt. Col. Joe Hitt, DARPA’s Warrior Web program manager. “The vision is to create a suit, carefully mapped to human physiology, which fits comfortably underneath the uniform and outer protective gear to provide functional and adaptive support, optimally address the dynamics of the environment, and leverage biomechanics to increase system efficiency.”More info: www.darpa.mil

Drug and Vaccine Testing

DARPA, NIH, FDA are coordinating research efforts to develop chip to screen for safe and effective drugs and vaccines swiftly and efficiently. As drug safety and effectiveness in humans are not always accurately predicted through animal testing, DoD wants to rapidly develop and field safe and effective medical countermeasures against biological threats to warfighters.

To create a pathway for the fielding of safe and effective countermeasures, DARPA has launched the Microphysiological Systems (MPS) program. MPS will develop a platform that uses engineered human tissue to mimic human physiological systems. The interactions that candidate drugs and vaccines have with these mimics will accurately predict the safety and effectiveness that the countermeasures would have if administered to humans. As a result, only safe and effective countermeasures will be fully developed for potential use in clinical trials while ineffective or toxic ones will be rejected early in the development process. The resulting platform should increase the quality and potentially the number of novel therapies that successfully move through the pipeline and into clinical care.


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tacticaldefensemedia.com


New DSO Director

Defense Sciences Office (DSO) programs bridge the gap from fundamental science to applications by identifying and pursuing some of the most promising ideas within the science and engineering research communities and transforming these ideas into new DoD capabilities.

Dr. Jay Schnitzer has joined DARPA as director, DSO, and has a background in basic research, medicine, surgery, trauma, burns, medical devices and international healthcare work. Dr. Schnitzer holds a Doctorate of Philosophy degree in chemical engineering from Massachusetts Institute of Technology and was a medical doctor at Harvard Medical School.

“We are pleased to have Dr. Schnitzer on the DARPA technogeek team,” said DARPA Director, Regina E. Dugan. His entire career is characterized by work at the intersection of basic science and application—DARPA’s power lane. He knows Pasteur’s quadrant, because he’s lived it. He’s got the experience, the skill and the nerve to help DARPA fulfill its mission.”


DARPA Young Facility Award “Opens Doors”

Out of 407 applicants, 39 of the nation’s brightest young scientists were selected to receive grants totaling $11.7M under this year’s DARPA Young Facility Award (YFA) program. YFA recipients apply grants of approximately $300,000 toward a wide spectrum of basic research at universities.

“The YFA grants allow junior faculty members broad latitude to explore scientific advancement in a particular research area,” said Dr. Tayo Akinwande, YFA program manager. “This year’s recipients will conduct basic research in fields such as biology, electronics, energy and materials.”

Through YFA, DARPA identifies outstanding junior faculty members and exposes them to DoD, its needs and DARPA’s program development process. YFA combines funding, mentoring and networking with industry and DoD early in a recipient’s career to help them in framing future research in the context of defense needs.

Applicants for YFA grants were required to be within 5 years of appointment to a tenure track position at a U.S. university. Selected researchers receive grants to develop and validate their research ideas over a period of two years.

More info: http://go.usa.gov/0mQ

Brain-control Demo: Prosthetic Arms and Control Systems

Begun in 2006, DARPA’s Revolutionizing Prosthetics program set out to expand prosthetic arm options for today’s wounded warriors. The program funded two teams to create advanced anthropomorphic mechanical arms and control systems; one to get an arm control system to market quickly, the other to determine the viability of direct brain control.

In September, one of the DARPA-funded advanced mechanical arms was controlled by a volunteer with tetraplegia via his brain signals recorded by electrocorticography (ECoG); the first-ever accomplishment of prosthetic arm control with this modality by an individual with a disability. The neuroprosthetic effort, funded by the National Institute for Neurological Disorders and Stroke at the National Institutes of Health (NIH/NINDS), the University of Pittsburgh Medical Center (UPMC) and the University of Pittsburgh School of Medicine (Pitt), used the Modular Prosthetic Limb (MPL) built by a team managed by Johns Hopkins University Applied Physics Laboratory (APL) in Laurel, MD, for DARPA.The UPMC/Pitt effort sets the stage for the next two years, when DARPA- funded researchers at UPMC and Caltech will conduct pre-clinical trials seeking to achieve brain control of advanced mechanical limbs by five spinal cord-injured volunteers in DARPA’s Revolutionizing Prosthetics program.



JMES

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adThe Joint Medical Executive Skills Institute (JMESI), an educational center of excellence in leadership development and lifelong learning, provides military healthcare leaders with executive management and professional administrative competencies.

By Dr. Rosemary A. Durica Executive Director, JMESI

Successful Combat Casualty Care is a result of not only skillful medical professionals and state of the art medical equipment, but also competent leaders and managers in healthcare. Competency definitions vary along a diverse continuum; but, there are commonalities in all the definitions. Competencies are made up of knowledge, skills and abilities (KSAs). The most efficient work is a result of demonstrating multiple competencies – i.e. technical competency in addition to leadership and management. KSAs (aka competencies) are learned via academic venues and experience opportunities.

ComPetenCy CurrenCy

Discussions surrounding the importance of healthcare management competency development continue to

trend in a positive direction. Significant consideration has been given to this subject in civilian and academic settings as well as DoD. Military healthcare executives and educators alike have sought to find the optimal model which results in military healthcare leaders having the requisite management skills based upon the amalgamation of experience, knowledge, and abilities which lead to medical executive education competency achievement.

Since the Defense Appropriations Act of 1992 when the U.S. Congress mandated that Military Treatment Facility (MTF) Commanders, TRICARE Lead Agents, and their senior staff members be able to demonstrate professional administrative skills or validate his or her experience, the focus on the subject of healthcare management has grown. As DoD entities face budget constraints and impending reductions, it is imperative that military healthcare leaders possess a strong insight on business in addition to a leadership and management acumen which can help them to fulfill their role and duties of overseeing successful MTF operations.

filling the need

The Joint Medical Executive Skills Institute (JMESI) is a Center of Excellence in Leadership Development and Lifelong Learning. Our mission is to be the proponent of, and leader in, military medical executive skills core competency achievement and to provide military healthcare leaders with executive management and professional administrative competencies through educational programs, products, and services.

Our products provide opportunities for competency achievement with both face to face and distance learning options. The foundation for the competency areas lies in the Joint Medical Executive Skills Program (JMESP) Core Curriculum. This document provides the learning objectives and the behavior statements to be used when designing and developing curriculum for leadership and management skills throughout the Military Health System (MHS). There

Dr. Rosemary A. DuricaExecutive Director, JMESI


are currently 35 Core Competencies listed in the document that is reviewed every three years by a joint service focus team. The competency reviews ensure up to date, relevant, and applicable competencies to meet emerging and changing requirements. Competency achievement not only improves healthcare management and leadership, it meets Congressional requirements set in 1992 for leaders and key staff within the MHS.

The JMESI is the proponent organization for the JMESP. Current members of the JMESP include, Army, Navy, Air Force, The Uniformed Services University (USU), and the JMESI. Most of the JMESP members provide courses for executive management skills to their service audience. The USU course is open to personnel from all services.

Jmesi faCe-to-faCe Courses

The Capstone Symposium: This is considered to be the pinnacle event for military healthcare leaders in the rank of 0-6 and above. The audience is not only representative of the three Armed Services, but also, the Veterans Administration, the TRICARE Management Activity, The Coast Guard, The United States Public Health System, and the Centers for Disease Control and Prevention. Service members are selected by their service Surgeon General to attend this learning event.

The Healthcare Management Seminar: This joint course is for first time supervisors among military healthcare providers. The course is not rank specific. Content for this course includes, but is not limited to: Civilian Personnel, Contracting, Budgeting, Quality Management, tools available through the TRICARE Operations Center, Efficient Scheduling and Utilization Management, and more.

The StratEgic (stratEgic denotes e-learning within strategic, which is how the distance learning program is designed) Communication Distance Learning Program: This program provides just in time, all the time learning opportunities for competency development with over 90 different modules, developed with the JMESP Core Curriculum as the foundation. This is one of the most successful distance learning programs for executive leadership and management for healthcare professionals. Attendees are representative of not only the MHS, but also, the VA, the USPHS, the CDC, and select International students currently representing 55 countries. In addition to providing specific learning with any given module, organizations often combine several modules to form a course for competency achievement within an area i.e. human resource development; leadership; quality assessment.

assessing PreParedness

While competency is referred to as the quality of performing in a manner which reflects fundamental knowledge, skills, and abilities, or expertise in a specific subject area, there are numerous ideas as to the best methods for obtaining the necessary competencies required for successfully leading and managing military treatment facilities. However, competency

assessment—measuring or evaluating the effectiveness of training and education initiatives—is sometimes overlooked.

The JMESI seeks to highlight the connection between training and desired results and outcomes. Being able to identify the correlation between training and an increase in productivity and efficiency need not be difficult if using a return on expectation type of measurement. Return on Expectation (ROE) is an option currently considered within DoD particularly in the area of training and development where a true return on investment is not easily calculated.

The ROE approach begins with the end in mind, and seeks to ensure that training objectives are strategically relevant to the organization from the outset. When considering the aforementioned Congressional language that applies to MTF and TRICARE leaders and key staff, the implied objectives are that the identified Core Competencies be demonstrated prior to assuming leadership at the highest levels. Leaders possessing the 35 MHS competencies should understand their responsibility in meeting the intent of the language. This can only be accomplished as the knowledge, skills, and abilities of the individuals be increased and enhanced as a result of engaging relevant content and experiences which ultimately result in an impact of changed work behavior.

More info: jmesi.army.milWWC_CC&C_Q42011_Layout 1 10/4/2011 7:39 AM Page 1


The Exalted Warrior Foundation sponsors yoga-based therapy programs, one of various forms of non-conventional treatment being used to assist injured U.S. servicemembers in their recovery.

By Tom Steffens, Rear Admiral, U.S. Navy (Ret) Vice President, Exalted Warrior Foundation

The tough, combat-experienced, young Marine stopped his eleven buddies and the teacher as they were exiting the yoga studio and announced, “I have something to say! I feel all tingly. What’s going on?” Some of his fellow Marines chuckled softly, they had been there. The sergeant said authoritatively “It’s called RELAXED!” The teacher smiled and said softly, “just remember to exhale and you’ll be fine.” The Marine countered, “Well I haven’t felt like this since I was injured. This is WAY MORE than FINE!! We’re coming back here again.”

This anecdote, in its various forms, is an oft-repeated scene out of the Exalted Warrior Foundation experience. Exalted Warrior Foundation, or EWF, has a mission to bring the healing power of yoga to our wounded warriors. Yoga is a program of alternative healing and relaxation that is gradually finding its way into more military hospitals, veterans hospitals, and private yoga studios around the country.

former seal roots

A retired Navy SEAL, my own experiences gave rise to EWF, specifically one in which I visited a wounded SEAL at Walter Reed Army Medical Center six years ago. As I watched the SEAL and 25 other wounded warriors in the huge rehab center go through their demanding physical therapy routines, I couldn’t help but reflect back to a non-combat injury I had incurred 8 years earlier.

During my recovery, I “discovered” yoga in an effort to

stretch out my atrophied muscles. Little did I know that I was about to get much more. Combined with the detailed rehab plan of my military therapists, it was just the right combination for me.

This was NOT your mother’s yoga. I not only had full recovery of the injured limb, but noticed that my chronically aching lower back, cranky knees, stiff neck and ability to relax had remarkably changed. Everybody exhale.

So, after seeing these Wounded Warriors at Walter Reed, I went to my long time yoga teacher, Annie Okerlin, founder of YOGANI studios in Tampa Florida and they discussed offering yoga as an “alternative sport” – as it was listed at the military hospitals - to these wounded warriors.

visit to the surgeon general

They visited the Surgeon General at the U.S. Special Operations Command HQ at Mac Dill AFB to discuss the idea. Navy Captain (Doctor) Frank Butler – a former SEAL turned opthamologist - was known for his open minded, out-of-the-box thinking toward all sorts of problems ranging from laser eye surgery for SEALs and pilots to an ingenious method of combat divers decompressing after long missions in their mini-subs. He was the perfect catalyst for their idea.

Butler put them in touch with a remarkable leader who was the Director of Therapy at Walter Reed, Col Barbara Springer, U.S. Army. Col Springer is one of those leaders that makes things happen. She decided she would allow Annie to teach a yoga class to her team of therapists and see how everyone reacted to the idea. They were so impressed with Annie’s approach to Wounded Warrior Yoga that Col Springer authorized Annie to offer yoga to their patients, to the patients’ spouses AND to their therapists who at the time had been working with these horrifically wounded warriors non-stop for over 5 years (over 9 years today!). This was no small step.

ConneCting through yoga

Annie then commenced holding private, one-on-one or one-on-two sessions with these soldiers who were amputees, gun shot and IED blast victims, PTSD, and sufferers of other injuries from the war. She quickly developed an approach that, while tailored to each soldier and their caregiver, the sessions could be applied more generally to all these wounded warriors. Using


a combination of chairs, blocks, blankets, and bolsters, she enabled each patient to go through a full yoga routine. While she guided these patients through the stretching, strengthening, stamina, and core muscle “exercises” that go with every yoga class, she brought to them the ability to focus on their breathing. She helped them use this focus to truly relax; many – like the Marine at the start of this article – for the first time in a long, long time.

Over the next two and a half years, as Annie traveled up from

Florida every 6 to 8 weeks to teach yoga at Walter Reed, she saw the great effect the exercise was having in conjunction with the detailed physical therapy. But, she also she realized that these periodic visits were not enough. At the same time, she and the Admiral also realized that the numbers of active duty and retired wounded warriors was growing every day. (Today, there are over 30,000 just from the Afghan and Iraq wars, not to mention the hundreds of thousands from earlier wars.)

addressing a need

At the same time, the awareness of the extent of PTSD on thousands of our finest warriors was being understood by the medical community.

As a result, the Exalted Warrior Foundation (a 501 C (3) non profit) was formed. Each yoga pose or asana has a name (Downward Dog, Dolphin, Camel, etc.) and one of the strength poses is called EXALTED WARRIOR. Seemed an apropos fit; thus, the name of the foundation.

formula for suCCess

EWF tries to keep things simple and has three main vectors:

• Bring regular yoga classes to military and veterans’ hospitals.

• Develop a set of Wounded Warrior Yoga Best Practices that all can use.

• Establish Regional Centers of Excellence for WW YOGA nationwide.

these veCtors are underway

Classes are now offered at Walter Reed Army Hospital, Washington, DC, Portsmouth Naval Hospital, Portsmouth, VA, Haley VA Center in Tampa, FL; Brooklyn VA Center in NY City, and the Bay Pines VA Hospital in St Petersburg, FL.

Best PraCtiCes

Best Practices are always being implemented. For example, forward bends and inversions deliver great benefits to those suffering from insomnia & depression. Breath work helps alleviate the PTSD sufferer’s hyper vigilance by slowing the heart rate and giving them a tool to regain a sense of control from a seemingly uncontrollable situation. And the gentle movements

of yoga support the restoration of the body-mind connection.The extensive experience of the past 5 years show that

these practices, which vary from subtle breath work and gentle stretching postures for beginners to intense exertions, as the patients’ comfort with these healing techniques increases, truly make a difference. Through regular classes, the warrior begins to release the “issues from the tissues.” While strengthening the body, a warrior is provided new pathways to release tension and frustration. By the use of tools learned from their yoga practice, the symptoms of Post Traumatic Stress Disorder (PTSD) are also addressed.

EWF is now in the process of providing these best practices to a growing number of mature and experienced yoga teachers who have expressed an interest in either working in the hospitals or teaching this yoga to returning vets at their studios.

regional Centers

The two EWF regional centers are Yogani Studios in Tampa, FL and Studio Bamboo in Virginia Beach. VA. Yogani is monthly has patients from the VA Center come in for a few hours of comradeship, snacks and a remarkable and restful restorative yoga session. At Bamboo, the newest member of the EWF team, Ann Richardson, has opened her studio to the Marines of the Wounded Warrior Detachment from the nearby Naval Hospital.

www.trauma-criticalcare.comREGISTER NOW!

Kenneth L. Mattox, M.D., Program Director • Mary Allen, Program [email protected] Telephone: (713) 798-4557

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alternative offerings

In 2008 and 2009, the EWF program was moving along slowly but surely, spreading in size and affect. But in the past year, the landscape has changed dramatically. The inclusion of alternative therapies at the VA and in our military hospitals has become more than just an interesting curiosity; it has become part of their programs.

Each of the military services has appointed Directors of Alternative Therapies. The Army and Marine Corps, who long ago established Wounded Warrior Regiments to focus care, now are making available opportunities where all of these best practices can be brought to bear. As was recently published in the USMC Wounded Warrior Regiment Newsletter, experiences such as acupuncture, massage therapy, Tai Chi, yoga and Pilates can bring additional healing benefits and may lead a patient through to the next stage of their recovery.

onward and uPward

So EWF has seen the pendulum swing from the commander’s critical question of “Yoga ---what?” to the welcoming comment of “When can you start?” EWF has made the first contacts at other principle military hospitals such as Brooke Army Center for the Intrepid in San Antonio and BALBOA Naval Hospital in San

Diego where remarkable and tireless therapists bring every tool they can find to help our wounded recover.

Additionally, EWF is providing yoga classes to a program called COMPASS run first by the Vet Foundation and now also supported by SEMPER FI. This program shows transitioning Marines and soldiers from their respective Wounded Warrior Battalions that yoga can be a key alternative health and exercise routine that will serve them not just in their “rehab phase” but as a life long practice.

The Exalted Warrior Foundation’s best testimony though is from the soldiers themselves that have asked for more classes. Last month, at the Haley VA Center, departing patients asked if they can come back in for the weekly classes.

I smile when I hear some young Marine grunt during one of Annie’s gut busting classes: After all, “This is not your Mother’s Yoga.”

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The National Association of Emergency Medical Technicians (NAEMT) offers a Pre-hospital Trauma Life Support (PHTLS) program that brings advanced online education to combat medics in the field.

By Will Chapleau, EMT-P, RN, TNS, PHTLS Committee Chair

A unique continuing education program – created in recognition of the real need in emergency medical services (EMS) education for additional training in the handling of trauma patients – is promoting advanced learning through online methodology.

Developed by the National Association of Emergency Medical Technicians (NAEMT), an organization representing the professional interests of all EMS practitioners, in cooperation with the American College of Surgeons Committee on Trauma, the Prehospital Trauma Life Support (PHTLS) program is designed to enhance and increase knowledge and skill in delivering critical care in the prehospital environment.

origins

In 1979, care of trauma patients took a giant step forward with the inauguration of the Advanced Trauma Life Support (ATLS) course. The first chairman of the ATLS ad hoc committee for the American College of Surgeons and chairman of the Prehospital Care Subcommittee on Trauma for the American College of Surgeons, Dr. Norman E. McSwain, Jr. FACS, knew that what they had begun would have a profound effect on the outcome of trauma patients. Moreover, he had a strong sense that even greater outcomes could come from bringing this type of critical training to prehospital care providers.

A founding member of the board of directors of NAEMT, Dr. McSwain gained support of the association’s president at the time, Gary Labeau, and began to lay plans for a prehospital version of ATLS. President Labeau directed Dr. McSwain, and Dr. Robert Nelson of the National Registry of Emergency Medical Technicians- Paramedics (NREMT-P), to determine the feasibility of an ATLS-type program for prehospital care providers.


A professor of surgery at Tulane University School of Medicine in New Orleans, LA, Dr. McSwain gained the University’s support in putting together the draft curriculum of what was to become Prehospital Trauma Life Support (PHTLS). With this draft in place, in 1983, a PHTLS committee was established. This committee continued to refine the curriculum, and later that same year, pilot courses were conducted at Tulane; Marian Health Center in Sioux City, Iowa; Yale University School of Medicine in New Haven, Connecticut; and Norwalk Hospital in Norwalk, Connecticut.

early Course offerings

Early PHTLS courses focused on advanced life support (ALS). In 1986, a course that encompassed basic life support (BLS) was developed. Over time, the basic and advanced courses were combined. The course grew exponentially. Beginning with those first few enthusiastic faculty members, first dozens, then hundreds, and now thousands of providers annually participate in PHTLS courses all over the world.

As the course grew, the PHTLS Committee became a division of NAEMT. Course demand and the need to maintain course continuity and quality necessitated the building of networks of affiliate, state, regional, and national faculty members. There are national coordinators for every country,

and in each country there are regional and state coordinators along with affiliate faculty members to make sure that information is disseminated and courses are consistent whether you participate in a program in Chicago Heights, Illinois, or Buenos Aires, Argentina.

Throughout the program’s growth process, medical direction has been provided by the American College of Surgeons (ACS) Committee on Trauma. For nearly 20 years the partnership between ACS and NAEMT has ensured that course participants are given the opportunity to give trauma patients everywhere their best chance at survival.

Phtls and the military

Beginning in 1988, the U.S. military aggressively set out to train its medics in PHTLS. Coordinated by the Defense Medical Readiness Training Institute at Fort Sam Houston, Texas, PHTLS is taught all over the United States, Europe, and Asia and anywhere the flags of the U.S. military fly. In 2001, the U.S. Army’s 91WB program standardized the training of over 58,000 Army medics to include PHTLS.

Program participation by the U.S. military includes providing a chapter to cover the particular needs of the military and providing information on tactical medicine. The military program is based on a prehospital trauma care

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By Dr. Steven J. Gold, Vice President, Institutional Advancement Professor of Philosophy and Management, Trident University

The U.S. Department of Defense (DoD) spends over 570 million dollars annually on Military Tuition Assistance for service members. DoD is not doing this so military people can simply check a box. Instead, current military leadership is focused on training service members to think creatively and critically in a fluid battlefield and a changing military environment. As my Army buddies say, “An educated soldier is a force multiplier.” Trident University International (Trident) understands the need to provide an exceptional level of online-based education for the highly motivated adult learner and to do so in a flexible, respectful way that facilitates timely degree completion.

Trident professors understand why practical, relevant and academically rigorous learning is important. Approximately 95% of Trident faculty members hold a doctorate or other terminal degree in their fields.

Case-Based aPProaCh

At Trident, we center our teaching on case-based projects that involve critical thinking - instead of stressful and tedious tests. We prefer to place a challenging problem in front of a military student, provide tools required to solve the problem, and then be there to mentor the student every step of the way. Trident’s professors work closely with each student in order to develop the critical thinking, analytic, writing and research skills

necessary for success in today’s changing military and transition into a challenging civilian sector.

At Trident, we do not use text books. All courses and materials are delivered online - directly accessible from the student’s computer. Trident teaches students how to find what they need, how to learn to differentiate good sources from bad, and how to use research properly in a written argument, all of which create ‘information literacy’ skills. This kind of intensive research training can motivate and challenge

students, affording them wide latitude to leverage their own life experience in the learning process.

to the finish

Since the only good degree is a DONE degree, Trident’s exceptional faculty, flexible pedagogy, and academic support teams give students the opportunity to finish their programs in a timely manner while getting an outstanding education. Trident is committed to creating a trusting, respectful learning environment that affords the military students, in conjunction with their academic support teams, to plan for expected challenges and to work around unexpected hurdles. At Trident, we have excellent technology to help the learning process, to be sure. But in truth, we’ve turned serving busy military students into an art, an art that produces the finest educational experience for tomorrow’s leaders.

Dr. Steven J. Gold

More info: www.trident.edu

Educating Better Leaders

philosophy, stressing the treatment of the multi-system trauma patient as a unique entity with specific needs. This may require an approach to the trauma patient that varies from traditional treatment modalities.

From a military perspective, PHTLS promotes critical thinking as the foundation for providing quality care. It is based on the belief that, given a good fund of knowledge and key principles, EMS providers are capable of making reasoned decisions regarding patient care. The PHTLS course is continuously updated and revised to keep up with the advances in the field, ATLS Guidelines and feedback from PHTLS participants.

Program ChoiCes

PHTLS picks up where other educational programs leave off. The course focuses on trauma patients in the prehospital environment-how to identify, manage, and transport them with the highest level of care and give them the greatest chance of survival.

PHTLS students learn to: • Identify the mechanism of injury • Recognize life-threatening injuries • Relate pathophysiology to injuries • Assess and manage trauma patients • Perform appropriate interventions

The skills stations in the PHTLS course include: • Airway Management & Venitlation • Assessment & Management • Rapid Extrication • Spinal Immobilization • Pediatric Assessment • Pediatric Immobilization • Evaluation Scenarios

More info: www.centrelearn.com


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Bonus DistributionGathering of EaglesMarine West AUSA Winter ExpoEMS TodayGSACEPAAAAMarine South

Nov 1 – 3JOCOTASPanama City Beach, FLwww.us.army.mil

Nov 6 – 9 AMSUSSan Antonio, TXwww.amsus.org

Dec 10 - 13SOMATampa, FLwww.specopsmedassociation.org

Dec 12 – 14Special Operations SummitTampa, FLwww.idga.com

Jan 17 - 20, 2012SHOT Show Las Vegas, NVwww.shotshow.org

Feb 1 – 2, 2012Marine WestCamp Pendleton, CAwww.marinemilitaryexpos.com

Ad Index

Calendar of Events


COL Charles Fisher CommanderU. S. Air Force School of Aerospace MedicineWright-Patterson AFB, OH

FeaturesTCCC: A Technology EvolutionThe art of tactical combat casualty care (TCCC) has evolved from a purely reactive form of medical field response to technology-enabled, proactive post-event transitional care.

SOF Battlefield EvacuationAs tactics in special operations casualty evacuation have adapted to the unpredictability of an increasingly asymmetric battlespace, so have the methods that support them.

Other FeaturesAdvances in Tactical Medical Pain ManagementThe complexity of injury faced on today’s battlefield has given rise to state-of the-art methods for addressing post-trauma care.

Energy Analysis and DiagnosticsA modular helmet-integrated sensor package will record the severity of head trauma from blast, ballistic, crash, and blunt impact events.

Med CommsFrom the subjective, objective, assessment planning (SOAP) note to the latest in Emergency Management Records (EMR) keeping

Training Center of Excellence Advanced Training and Solutions (ATS) Virginia Beach, VA

Q1 2012

Recurring Highlights

DARPA Dots:• Vitals Monitoring• On-site hydration (external vs. internal)

MedTech:• TCCC Dental Trauma Care• Surgical Care (Mobile triage vs facility care)

MedEvac Spotlight:Vertical Lift Transport

Career OPS:Civilian job opportunity listings

Abaxis .................................................................. 3www.abaxis.com

Board for Critical Care Transport Paramedic Certification (BCCTPC) ..................... 25www.bcctpc.org

Cera Products ..................................................... 21www.ceraproductsinc.com

Chinook Medical Gear, Inc. ................................. 19www.chinookmed.com

Combat Medical Systems ................................... C3www.combatmedicalsystems.com

Emergency Products + Research ........................ 29www.epandr.com

Ferno Military Systems ........................................ 5www.fernomilitarysystems.com

H&H Associates, Inc. ........................................... 33www.gohandh.com

Oridion ................................................................. 13www.oridion.com

Psoria-Shield ..................................................22/23www.psoria-shield.com/armed-forces

T1G ...................................................................... 7www.T1G.com

Trauma-Critical Care Conference ........................ 35www.trauma-criticalcare.com

Trident University International ............................ 38www.trident.edu

Triple Canopy ...................................................... 16www.triplecanopy.com

Verathon . ............................................................ 8 www.verathon.com

Vidacare Corporation .......................................... C2www.vidacare.com

Z-Medica ............................................................. 11www.z-medica.com

Zoll Medical Corporation ..................................... C4www.zoll.com


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Propaq MD – Mission Readyfor Extreme Situations

©2011 ZOLL Medical Corporation. All rights reserved. AED Pro and ZOLL are trademarks or registered trademarks of ZOLL Medical Corporation in the United States and/or other countries. Propaq is a trademark of Welch Allyn.

As frontline Special Operations medics delivering

tactical combat casualty care, you have unique

requirements. The New Propaq® MD is designed

for CASEVAC missions in extreme environments.

It is the smallest and lightest technologically

advanced monitor with an optional defibrillator/

pacemaker feature on the market.

The rugged Propaq MD allows you to monitor

ECG, SpO2, NIBP, EtCO2, three invasive

pressures and two temperature channels, all

with a single battery lasting longer than six hours.

It also includes an NVG-friendly mode, and is

backwards compatible with existing Propaq and

ZOLL accessories.

For more information visit

www.zoll.com/propaqmd-ccc

or call 1-800-804-4356

Propaq® MD AED Pro® & Propaq® LTPropaq® M

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